//displays the main menu and asks for input
public void DisplayMainMenu(List <Droid> droid, DroidCollection droidCollection)
{
bool quitMain = false;
do
{
Console.WriteLine("Welcome to Droid manager");
Console.WriteLine("Enter the number of the desired choice");
Console.WriteLine("1.Add a Droid");
Console.WriteLine("2.Print the list of Droids");
Console.WriteLine("3.Exit");
Console.Write("Select an option: ");
string optionSelection = Console.ReadLine();
if (optionSelection == "1")
{
addDroidUI(droid, droidCollection);
}
else if (optionSelection == "2")
{
droidCollection.printDroidList(droid);
}
else if (optionSelection == "3")
{
Console.WriteLine("Goodbye");
Environment.Exit(0);
}
} while (quitMain != true);
}
/// <summary>
/// Finds out which Droid the user wants deleted and deletes it
/// </summary>
/// <param name="droidCollection">DroidCollection</param>
public void DeleteDroid(DroidCollection droidCollection)
{
//Gets the number of the droid to be deleted from the user
int droidNumber = GetDroidNumber(droidCollection);
//Output the message to confirm the droid to be deleted.
Console.WriteLine();
Console.ForegroundColor = ConsoleColor.DarkYellow;
Console.WriteLine("Droid to delete:");
Console.WriteLine("!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!");
//Calls the method to print out a single droid from the DroidCollection
Console.WriteLine(droidCollection.GetASingleDroid(droidNumber));
Console.WriteLine("!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!");
//Gets the user input to confirm to delete the droid
bool deleteDroid = BoolInput("Are you sure you want to delete the prevous droid?");
if (deleteDroid)
{//Delete the droid now that it has been confirmed and tell the user it has been deleted and reprint the list
Console.ForegroundColor = ConsoleColor.DarkGreen;
droidCollection.DeleteItem(droidNumber);
Console.WriteLine("Droid Delted!");
}
Console.ForegroundColor = ConsoleColor.White;
}
//displays the main menu and asks for input
public void DisplayMainMenu(List<Droid> droid, DroidCollection droidCollection)
{
bool quitMain = false;
do
{
Console.WriteLine("Welcome to Droid manager");
Console.WriteLine("Enter the number of the desired choice");
Console.WriteLine("1.Add a Droid");
Console.WriteLine("2.Print the list of Droids");
Console.WriteLine("3.Exit");
Console.Write("Select an option: ");
string optionSelection = Console.ReadLine();
if (optionSelection == "1")
{
addDroidUI(droid, droidCollection);
}
else if (optionSelection == "2")
{
droidCollection.printDroidList(droid);
}
else if (optionSelection == "3")
{
Console.WriteLine("Goodbye");
Environment.Exit(0);
}
} while (quitMain != true);
}
static void Main(string[] args)
{
UserInterface userInterface = new UserInterface();
DroidCollection droidCollection = new DroidCollection();
bool exitBool = false;
while (exitBool == false)
{
int choice = userInterface.MainMenu();
switch (choice)
{
case 1:
Droid inputDroid = userInterface.InputDroid();
droidCollection.AddDroid(inputDroid);
break;
case 2:
string output = droidCollection.ToString();
userInterface.PrintAllOutput(output);
break;
case 3:
exitBool = true;
break;
default:
userInterface.PrintError();
break;
}
}
}
static void Main(string[] args)
{
UI userInterface = new UI(); //instanciates the user interface
DroidCollection droidsCollection = new DroidCollection(); //instanciates the droid collection
int userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
while (userResponse != 3) //while the user has not selected the option to close the program
{
switch (userResponse.ToString()) //case structure that uses the user's choice as a reference
{
case "1": //user has chosen to print the array
droidsCollection.ReadArray(); //the method to print the array is called
userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
break;
case "2": //user has chosen to add a droid to the array
int modelResponse = userInterface.GetDroidModel(); //method to choose the droid model is called and the user's choice of model is stored as an integer
switch (modelResponse.ToString()) //the integer from the above line is used as reference for the case structure
{ //this case structure runs certain code for each model
case "1": //protocol droid case
droidsCollection.AddProtocolDroid(); //method to add a new protocol droid
userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
break;
case "2": //utility droid case
droidsCollection.AddUtilityDroid(); //method to add new utility droid
userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
break;
case "3": //janitor droid case
droidsCollection.AddJanitorDroid(); //method to add new janitor droid
userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
break;
case "4": //astromech droid case
droidsCollection.AddAstromechDroid(); //method to add new astromech droid
userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
break;
}
break;
case "3": //user has chosen to exit the program
userInterface.Close(); //method to close the program is called
break;
default: //user has chosen an invalid option
userInterface.InvalidMenuResponse(); //user is told of their invalid response
userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
break;
}
}
}
static void Main(string[] args)
{
//Set a constant for the droid collection
const int droidCollectionSize = 20;
//Create instance of UserInterface class
UserInterface UI = new UserInterface();
//Create an instance of the DroidCollection class
DroidCollection droidCollection = new DroidCollection(droidCollectionSize);
//Display the menu and get the response. Store the response in the choice integer
int choice = UI.DisplayMenuAndGetUserInput();
while (choice != 3)
{
switch (choice)
{
case 1:
//Begin process to create droid by displaying initial options menu
string[] newDroidInformation = UI.GetNewMaterialInformation();
{
droidCollection.AddNewItem(newDroidInformation[0], newDroidInformation[1], newDroidInformation[2]);
UI.DisplayAddDroidSuccess();
}
break;
case 2:
//Print List of Droids
string[] allDroids = droidCollection.GetPrintStringForAllDroids();
if (allDroids.Length > 0)
{
//Display all of the Droids
UI.DisplayAllDroids(allDroids);
}
else
{
//Display error message for Droids
UI.DisplayAllDroidsError();
}
break;
}
}
if (choice == 3)
{
Environment.Exit(0);
}
}
/// <summary>
/// Gets the number of the droid to delete from the user and validates the data
/// </summary>
/// <param name="droidCollection"></param>
/// <returns>int</returns>
private int GetDroidNumber(DroidCollection droidCollection)
{
//Get the number from the user
int numberOfDroid = NumberInput("Which numbered droid do you wish to delete?");
//Continue to get the user input until they enter a valid number
while ((numberOfDroid < 1) || (numberOfDroid > droidCollection.NumberOfDroidsInList))
{
ErrorMessage();
numberOfDroid = NumberInput("Which numbered droid do you wish to delete?");
}
//Subtracting one to make it equal to the index
return(numberOfDroid - 1);
}
static void Main(string[] args)
{
//instance of droid list object created
List<Droid> droid = new List<Droid>();
//instance of user interface
UserInterface ui = new UserInterface();
//instance of droid collection
DroidCollection droidCollection = new DroidCollection();
//display Main Menu of program
ui.DisplayMainMenu(droid, droidCollection);
}
static void Main(string[] args)
{
//instance of droid list object created
List <Droid> droid = new List <Droid>();
//instance of user interface
UserInterface ui = new UserInterface();
//instance of droid collection
DroidCollection droidCollection = new DroidCollection();
//display Main Menu of program
ui.DisplayMainMenu(droid, droidCollection);
}
static void Main(string[] args)
{
UI userInterface = new UI(); //instanciates the user interface
DroidCollection droidsCollection = new DroidCollection(); //instanciates the droid collection
int userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
while (userResponse != 3) //while the user has not selected the option to close the program
{
switch (userResponse.ToString()) //case structure that uses the user's choice as a reference
{
case "1": //user has chosen to print the array
droidsCollection.ReadArray(); //the method to print the array is called
userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
break;
case "2": //user has chosen to add a droid to the array
int modelResponse = userInterface.GetDroidModel(); //method to choose the droid model is called and the user's choice of model is stored as an integer
switch (modelResponse.ToString()) //the integer from the above line is used as reference for the case structure
{ //this case structure runs certain code for each model
case "1": //protocol droid case
droidsCollection.AddProtocolDroid(); //method to add a new protocol droid
userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
break;
case "2": //utility droid case
droidsCollection.AddUtilityDroid(); //method to add new utility droid
userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
break;
case "3": //janitor droid case
droidsCollection.AddJanitorDroid(); //method to add new janitor droid
userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
break;
case "4": //astromech droid case
droidsCollection.AddAstromechDroid(); //method to add new astromech droid
userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
break;
}
break;
case "3": //user has chosen to exit the program
userInterface.Close(); //method to close the program is called
break;
default: //user has chosen an invalid option
userInterface.InvalidMenuResponse(); //user is told of their invalid response
userResponse = userInterface.MenuPrompt(); //user is prompted the menu of tasks that the program can perform
break;
}
}
}
static void Main(string[] args)
{
int option;
DroidCollection x = new DroidCollection();
Console.WriteLine("1 would you like to add Drone\n2 print list\n3 calculate total cost");
option = Convert.ToInt32(Console.ReadLine());
while (option == 1)
{
x.addDroid();
Console.WriteLine("would you like to add another drone?\n1 yes \n2 print list\n3 calculate total\n4 exit");
option = Convert.ToInt32(Console.ReadLine());
}
if (option == 2)
{
x.printList();
}
if (option == 3)
{
x.totalCost();
}
}
/// <summary>
/// ***********Problems***********
/// Dosen't save to file or print from file correctly
/// Not sure if im useing calculate methods from othe classes right
/// No UI, Will work before next assgnment
/// Not a lot or very detail comment(have to get used to commenting while i code)
///
/// </summary>
/// <param name="args"></param>
static void Main(string[] args)
{
//Variables
string materialSelected = string.Empty;
string modelSelected;
string colorSelected;
bool toolboxSelected;
bool computerConnectionSelected;
bool armSelected;
bool trashCompatSelected;
bool vacuumSelected;
bool fireExtingSelected;
int numOfChips;
int numberOfLanguage;
string userInput = string.Empty;
DroidCollection newDroid = new DroidCollection();
// Console.Write("It Still Runs!!!!!!!!!!!");
while (userInput != "e")
{
Console.WriteLine("Type n to add a new droid");
Console.WriteLine("Type p to print droid");
Console.WriteLine("Type e to exit");
Console.Write("Select an opetion: ");
userInput = Console.ReadLine();
Console.WriteLine("----------------");
if (userInput == "n")
{
// All droid Units go throuh this procees
Console.WriteLine("--------------------");
Console.Write("Material: ");
materialSelected = Console.ReadLine();
Console.Write("Model: ");
modelSelected = Console.ReadLine();
Console.Write("Color: ");
colorSelected = Console.ReadLine();
Console.Write("Droid Model: ");
Console.WriteLine("Protocol, Utility, Janitor, Astromech");
Console.WriteLine("selcet a Droid");
userInput = Console.ReadLine();
//if protocol is selceted
if (userInput.Equals("protocol", StringComparison.OrdinalIgnoreCase ))
{
Console.Write("Number of Language: ");
numberOfLanguage = Int32.Parse(Console.ReadLine());
newDroid.addProtocolDroid(materialSelected, modelSelected, colorSelected, numberOfLanguage);// adds user input
newDroid.saveDroidList();// saves user input
Console.WriteLine("------------------");
}
// if utility is selected
else if (userInput.Equals("utility", StringComparison.OrdinalIgnoreCase ))
{
Console.Write("Tool box yes or no ");
toolboxSelected = ToBool(Console.ReadLine());
Console.Write("Computer Connection yes or no ");
computerConnectionSelected = ToBool(Console.ReadLine());
Console.Write("Arm yes or no ");
armSelected = ToBool(Console.ReadLine());
newDroid.addUtilityDroid(materialSelected, modelSelected, colorSelected, toolboxSelected, computerConnectionSelected, armSelected);// adds user input
newDroid.saveDroidList();// saves user input
}
// if janitor is selected
else if(userInput.Equals("janitor", StringComparison.OrdinalIgnoreCase ))
{
Console.Write("Tool box yes or no ");
toolboxSelected = ToBool(Console.ReadLine());
Console.Write("Computer Connection yes or no ");
computerConnectionSelected = ToBool(Console.ReadLine());
Console.Write("Arm yes or no ");
armSelected = ToBool(Console.ReadLine());
Console.Write("Trash Compactoer yes or no ");
trashCompatSelected = ToBool(Console.ReadLine());
Console.Write("Vacuum yes or no ");
vacuumSelected = ToBool(Console.ReadLine());
newDroid.addJanitorDroid(materialSelected, modelSelected, colorSelected, toolboxSelected, computerConnectionSelected, armSelected, trashCompatSelected, vacuumSelected);// adds user input
newDroid.saveDroidList();// saves user input
Janitor janitorCost = new Janitor(materialSelected, modelSelected, colorSelected, toolboxSelected, computerConnectionSelected, armSelected, trashCompatSelected, vacuumSelected);//creates new Janitor object so we can you the methods eith n that class
janitorCost.CalculateBaseCost();// Calculate methods from astromech
janitorCost.CalculateTotalCost();
}
//If astromec is selected
else if (userInput.Equals("astromech" , StringComparison.OrdinalIgnoreCase ))
{
Console.Write("Tool box yes or no ");
toolboxSelected = ToBool(Console.ReadLine());
Console.Write("Computer Connection yes or no ");
computerConnectionSelected = ToBool(Console.ReadLine());
Console.Write("Arm yes or no ");
armSelected = ToBool(Console.ReadLine());
Console.Write("FireExtingquisher yes or no ");
fireExtingSelected = ToBool(Console.ReadLine());
Console.Write("Number of Chips ");
numOfChips = Int32.Parse(Console.ReadLine());
newDroid.addAstromechDroid(materialSelected, modelSelected, colorSelected, toolboxSelected, computerConnectionSelected, armSelected, fireExtingSelected, numOfChips); // adds user input
newDroid.saveDroidList(); // saves user input
Astromech astromechCost = new Astromech(materialSelected, modelSelected, colorSelected, toolboxSelected, computerConnectionSelected, armSelected, fireExtingSelected, numOfChips); //creates new astromech object so we can you the methods eith n that class
astromechCost.CalculateBaseCost(); // Calculate methods from astromech
astromechCost.CalculateTotalCost();
}
else
{
Console.WriteLine(userInput +" Is Not an Option");
Console.WriteLine("------------");
}
}
//Print save file
else if (userInput == "p")
{
newDroid.PrintSDroidList();
}
}
}
private void addDroidUI(List<Droid> droid, DroidCollection droidCollection)
{
List<string> parameters = new List<string>();
int droidtype;
string tools,arm,connection;
string trash,vacuum,fire;
//Get the color, and material
Console.Write("Select a Material (default 1.Plastic):\n1.Plastic (20)\n2.Metal(40)\n");
string material = Console.ReadLine();
if (material == "2")
material = "Metal";
else
material = "Plastic";
parameters.Add (material);
Console.Write("Select a Color (default 1.Silver):\n1.Silver\n2.Black\n");
string color = Console.ReadLine();
if (color == "1")
color = "Silver";
else
color = "Black";
parameters.Add(color);
//Print the Droid models
Console.WriteLine("Please select a number for Droid type");
Console.WriteLine("1 : Protocol Droid");
Console.WriteLine("2 : Utility Droid");
Console.WriteLine("3 : Janitor Droid");
Console.WriteLine("4 : Astromech Droid\n");
string droidSelection = Console.ReadLine ();
//Check which droid was selected by the user and ask for options
switch (droidSelection) {
case "1":
Console.WriteLine ("Protocol Droid Selected");
droidtype = 1;
parameters.Add ("Protocol");
Console.WriteLine ("Enter the number of languages");
string languages = Console.ReadLine ();
parameters.Add (languages);
droidCollection.addDroid(droid, droidtype,parameters);
break;
case "2":
Console.WriteLine ("Utility Droid Selected");
droidtype = 2;
parameters.Add ("Utility");
Console.WriteLine ("Toolbox?(1:yes/2:no)");
tools = Console.ReadLine ();
if (tools == "yes" || tools == "1")
tools = "1";
else
tools = "2";
parameters.Add (tools);
Console.WriteLine ("Computer Connection?(1:yes/2:no)");
connection = Console.ReadLine ();
if (connection == "yes" || connection == "1")
connection = "1";
else
connection = "2";
parameters.Add (connection);
Console.WriteLine ("arm?(1:yes/2:no)");
arm = Console.ReadLine ();
if (arm == "yes" || arm == "1")
arm = "1";
else
arm = "2";
parameters.Add(arm);
droidCollection.addDroid(droid, droidtype,parameters);
break;
case "3":
Console.WriteLine ("Janitor Droid Selected");
droidtype = 3;
parameters.Add ("Janitor");
Console.WriteLine ("Toolbox?(1:yes/2:no)");
tools = Console.ReadLine ();
if (tools == "yes" || tools == "1")
tools = "1";
else
tools = "2";
parameters.Add (tools);
Console.WriteLine ("Computer Connection?(1:yes/2:no)");
connection = Console.ReadLine ();
if (connection == "yes" || connection == "1")
connection = "1";
else
connection = "2";
parameters.Add (connection);
Console.WriteLine ("arm?(1:yes/2:no");
arm = Console.ReadLine ();
if (arm == "yes" || arm == "1")
arm = "1";
else
arm = "2";
parameters.Add (arm);
Console.WriteLine ("Trash Compactor?(1:yes/2:no)");
trash = Console.ReadLine ();
if (trash == "yes" || trash == "1")
trash = "1";
else
trash = "2";
parameters.Add (trash);
Console.WriteLine ("Vacuum?(1:yes/2:no)");
vacuum = Console.ReadLine ();
if (vacuum == "yes" || vacuum == "1")
vacuum = "1";
else
vacuum = "2";
parameters.Add(vacuum);
droidCollection.addDroid(droid, droidtype,parameters);
break;
case "4":
Console.WriteLine ("Astromech Droid Selected");
droidtype = 4;
parameters.Add ("Astromech");
Console.WriteLine ("Toolbox?(1:yes/2:no)");
tools = Console.ReadLine ();
if (tools == "yes" || tools == "1")
tools = "1";
else
tools = "2";
parameters.Add (tools);
Console.WriteLine ("Computer Connection?(1:yes/2:no)");
connection = Console.ReadLine ();
if (connection == "yes" || connection == "1")
connection = "1";
else
connection = "2";
parameters.Add (connection);
Console.WriteLine ("arm?(1:yes/2:no)");
arm = Console.ReadLine ();
if (arm == "yes" || arm == "1")
arm = "1";
else
arm = "2"; parameters.Add (arm);
Console.WriteLine ("Fire Extinquisher?(1:yes/2:no)");
fire = Console.ReadLine();
if (fire == "yes" || fire == "1")
fire = "1";
else
fire = "2";
parameters.Add(fire);
Console.WriteLine("how many per ship?");
parameters.Add(Console.ReadLine());
droidCollection.addDroid(droid, droidtype,parameters);
break;
}
}
static void Main(string[] args)
{
//Variables to be used throughout
String model = String.Empty;
String material = String.Empty;
String color = String.Empty;
Boolean toolbox = false;
Boolean computerConnection = false;
Boolean arm = false;
Boolean trashCompactor = false;
Boolean vacuum = false;
Boolean fireExtinquisher = false;
Int32 numberShips = 0;
//Constant size for the Droid Collection
const Int32 DROID_COLLECTION_SIZE = 100;
//Create an instance of the UserInterface and DroidCollection classes
UserInterface userInterface = new UserInterface();
DroidCollection droidCollection = new DroidCollection(DROID_COLLECTION_SIZE);
//Prompt for user input.
Int32 choice1 = userInterface.FirstMenu();
Int32 type;
//While the user has not chosen to exit the program.
while (choice1 != 3)
{
//If the user has chosen to ADD a Droid.
if (choice1 == 1)
{
type = userInterface.BeginBuild();
material = userInterface.MaterialOption();
color = userInterface.ColorOption();
switch (type)
{
case 1:
{
model = "Protocol";
Int32 languages = userInterface.ProtocolNumberLanguages();
droidCollection.NewDroid(model, material, color, languages);
userInterface.DroidAddSuccess();
break;
}
case 2:
{
model = "Utility";
toolbox = userInterface.UtilityToolbox();
computerConnection = userInterface.UtilityComputerConnection();
arm = userInterface.UtilityArm();
droidCollection.NewDroid(model, material, color, toolbox, computerConnection, arm);
userInterface.DroidAddSuccess();
break;
}
case 3:
{
model = "Janitor";
toolbox = userInterface.UtilityToolbox();
computerConnection = userInterface.UtilityComputerConnection();
arm = userInterface.UtilityArm();
trashCompactor = userInterface.JanitorTrashCompactor();
vacuum = userInterface.JanitorVacuum();
droidCollection.NewDroid(model, material, color, toolbox, computerConnection, arm, trashCompactor, vacuum);
userInterface.DroidAddSuccess();
break;
}
case 4:
{
model = "Astromech";
toolbox = userInterface.UtilityToolbox();
computerConnection = userInterface.UtilityComputerConnection();
arm = userInterface.UtilityArm();
fireExtinquisher = userInterface.AstromechFireExtinquisher();
numberShips = userInterface.AstromechNumberShips();
droidCollection.NewDroid(model, material, color, toolbox, computerConnection, arm, fireExtinquisher, numberShips);
userInterface.DroidAddSuccess();
break;
}
}
}
//If the user has chosen to PRINT the Droid list.
if (choice1 == 2)
{
string[] allDroids = droidCollection.AquireAllDroids();
if (allDroids.Length > 0)
{
userInterface.DisplayAllDroids(allDroids);
}
else
{
userInterface.DisplayNoDroidsError();
}
}
//Prompt the user to make a choice from the first menu again.
choice1 = userInterface.FirstMenu();
}
}
/// <summary>
/// Creates new android list and removes all information pertaining to old one.
/// </summary>
private void ResetList()
{
UserInterface.ClearDisplayLine();
UserInterface.ClearList();
droidCollection = new DroidCollection();
}
static void Main(string[] args)
{
// Create class instances
UserInterface ui = new UserInterface();
//Array
IDroid[] droidList = new IDroid[20];
DroidCollection droidCollect = new DroidCollection();
int length = 0;
string output = "";
//I dont think I needed this, but I was getting some weird formatting issues intially
Console.BufferHeight = 1000;
//Header (cause console programs are boring)
ui.Output("************************************************************" + Environment.NewLine +
"********* CIS237 *********" + Environment.NewLine +
"******** Assignment #3 ********" + Environment.NewLine +
"******* Jawa Inventory Managment *******" + Environment.NewLine +
"************************************************************" + Environment.NewLine);
//Return tag
MenuReturn:
int choice = ui.GetMainInput();
//Keep running menu untill user exits
while (choice != 3)
{
//******************************************
//Print option
//******************************************
if (choice == 1)
{
Console.Clear();
foreach (IDroid droid in droidList)
{
if (droid != null)
{
output += droid.ToString();
}
}
Console.WriteLine(output);
Console.WriteLine("Press any key to continue...");
Console.ReadKey();
Console.Clear();
goto MenuReturn;
}
//****************************************
//Add Droid Option
//****************************************
if (choice == 2)
{
Console.Clear();
droidCollect.AddDroid(droidList, length);
length++;
Console.WriteLine("");
Console.WriteLine("Complete! Press any key to continue...");
Console.ReadKey();
Console.Clear();
goto MenuReturn;
}
Environment.Exit(0);
}
}
// Constructor for the AddDroid class:
public AddDroid(DroidCollection droidCollection)
{
// Declare variables and set blank for error checking purposes:
string model = "";
string materialType = "";
string colorChoice = "";
// While the model is still blank:
while (model == "")
{
// Prompt for model type:
Console.WriteLine();
Console.WriteLine("Current options for model are Protocol, Utility, Janitor and Astromech.");
Console.Write("Please enter the model type: ");
// Save model type:
model = Console.ReadLine();
// Check for correct spelling - allows for any casing and extra spacing:
if (!model.ToUpper().Equals("PROTOCOL") && !model.ToUpper().Equals("UTILITY") &&
!model.ToUpper().Equals("JANITOR") && !model.ToUpper().Equals("ASTROMECH"))
{
// If spelled wrong, output error message and reset model to blank so the process loops again:
Console.WriteLine();
Console.WriteLine("That model was not valid. Please spell the model the same as the option listed.");
model = "";
}
}
// While the material is still blank:
while (materialType == "")
{
// Prompt for material type:
Console.WriteLine();
Console.WriteLine("Current options for material are Steel, Aluminum, and Plastic.");
Console.Write("Please enter the material type: ");
// Save material type:
materialType = Console.ReadLine();
// Check for correct spelling - allows for any casing and extra spacing:
if (!materialType.ToUpper().Equals("STEEL") && !materialType.ToUpper().Equals("ALUMINUM") &&
!materialType.ToUpper().Equals("PLASTIC"))
{
// If spelled wrong, output error message and reset material to blank so the process loops again:
Console.WriteLine();
Console.WriteLine("That material type was not valid. Please spell the material the same as the option listed.");
materialType = "";
}
}
// While the model is still blank:
while (colorChoice == "")
{
// Prompt for color:
Console.WriteLine();
Console.WriteLine("Current options for color are Red, Blue, and Gray.");
Console.Write("Please enter the color choice (case sensitive): ");
// Save color:
colorChoice = Console.ReadLine();
// Check for correct spelling - allows for any casing and extra spacing:
if (!colorChoice.ToUpper().Equals("RED") && !colorChoice.ToUpper().Equals("BLUE") &&
!colorChoice.ToUpper().Equals("GRAY"))
{
// If spelled wrong, output error message and reset color to blank so the process loops again:
Console.WriteLine();
Console.WriteLine("That color was not valid. Please spell the color name the same as the option listed.");
colorChoice = "";
}
}
// Enter switch statement to check the model type and continue questions by group:
switch (model.ToUpper())
{
// If the model type is Protocol:
case "PROTOCOL":
// Declare a variable to hold the # of languages and initialize to -1 for error checking:
int numberOfLanguages = -1;
// While the # of languages is less than 0 (an invalid option):
while (numberOfLanguages < 0)
{
// Prompt user for input:
Console.WriteLine();
Console.Write("Please enter the number of languages known (e.g. 0, 1, 2): ");
// Try to parse the input as an integer and save to the variable, must be >= 0:
// (setting the numberOfLanguages to a number greater than -1 will also exit the loop)
if (Int32.TryParse(Console.ReadLine(), out numberOfLanguages) && numberOfLanguages >= 0)
{
// Create a new Protocol Droid based on the specifications given:
// To make sure that the pricing is completed correctly, put in the model name directly,
// and make lowercase and remove spacing from the material and color:
droidCollection.add("Protocol", materialType.Trim().ToLower(), colorChoice.Trim().ToLower(), numberOfLanguages);
Console.WriteLine();
Console.WriteLine("Droid successfully entered!");
Console.WriteLine();
}
else
{ // Error message if input cannot be parsed as an int:
Console.WriteLine("Please enter an integer value only.");
// Make sure the loop will continue:
numberOfLanguages = -1;
}
}
break;
// If the model type is Utility:
case "UTILITY":
// Call the common utility questions method:
UtilityQuestions();
// Call the add method of the DroidCollection class:
droidCollection.add("Utility", materialType.Trim().ToLower(), colorChoice.Trim().ToLower(),
toolbox, computerConnection, arm);
Console.WriteLine();
Console.WriteLine("Droid successfully entered!");
Console.WriteLine();
break;
// If the model type is Janitor:
case "JANITOR":
// Call the common utility questions method:
UtilityQuestions();
// Janitor specific questions - prompt user for input, if y or Y, save the
// corresponding variable as true, else false:
Console.WriteLine();
Console.Write("Does the droid have a trash compactor (Y for yes) ? ");
bool trash;
if (Console.ReadLine().ToUpper() == "Y")
{
trash = true;
}
else
{
trash = false;
}
Console.WriteLine();
Console.Write("Does the droid have a vacuum (Y for yes) ? ");
bool vacuum;
if (Console.ReadLine().ToUpper() == "Y")
{
vacuum = true;
}
else
{
vacuum = false;
}
// Call the add method of the DroidCollection class:
droidCollection.add("Janitor", materialType.Trim().ToLower(), colorChoice.Trim().ToLower(),
toolbox, computerConnection, arm, trash, vacuum);
Console.WriteLine();
Console.WriteLine("Droid successfully entered!");
Console.WriteLine();
break;
// If the model type is Astromech:
case "ASTROMECH":
// Call the common utility questions method:
UtilityQuestions();
// Astromech-specific questions - prompt for user input, y or Y to save as true, else false:
Console.WriteLine();
Console.Write("Does the droid have a fire extinguisher (Y for yes) ? ");
bool fire;
if (Console.ReadLine().ToUpper() == "Y")
{
fire = true;
}
else
{
fire = false;
}
// Variable for number of ships, set to -1 for error checking:
int ships = -1;
// While the number of ships is >= 0:
while (ships < 0)
{
// Prompt for input:
Console.WriteLine();
Console.Write("Please enter the number of ships: ");
// Attempt to parse to int and save to the variable:
if (Int32.TryParse(Console.ReadLine(), out ships))
{
// If it works, call the add method of the DroidCollection class:
droidCollection.add("Astromech", materialType.Trim().ToLower(), colorChoice.Trim().ToLower(),
toolbox, computerConnection, arm, fire, ships);
Console.WriteLine();
Console.WriteLine("Droid successfully entered!");
Console.WriteLine();
}
else
{
// If the input is not an int, output error to user and reset ships to -1 so loop continues:
Console.WriteLine();
Console.WriteLine("The number of ships must be an integer.");
ships = -1;
}
}
break;
default:
// Error message for invalid model:
Console.WriteLine("You did not enter a valid model.");
break;
}
}
static void Main(string[] args)
{
//Variables to be used throughout
String model = String.Empty;
String material = String.Empty;
String color = String.Empty;
Boolean toolbox = false;
Boolean computerConnection = false;
Boolean arm = false;
Boolean trashCompactor = false;
Boolean vacuum = false;
Boolean fireExtinquisher = false;
Int32 numberShips = 0;
//Constant size for the Droid Collection
const Int32 DROID_COLLECTION_SIZE = 100;
//Create an instance of the UserInterface and DroidCollection classes
UserInterface userInterface = new UserInterface();
DroidCollection droidCollection = new DroidCollection(DROID_COLLECTION_SIZE);
//Prompt for user input.
Int32 choice1 = userInterface.FirstMenu();
Int32 type;
//While the user has not chosen to exit the program.
while (choice1 != 3)
{
//If the user has chosen to ADD a Droid.
if (choice1 == 1)
{
type = userInterface.BeginBuild();
material = userInterface.MaterialOption();
color = userInterface.ColorOption();
switch (type)
{
case 1:
{
model = "Protocol";
Int32 languages = userInterface.ProtocolNumberLanguages();
droidCollection.NewDroid(model, material, color, languages);
userInterface.DroidAddSuccess();
break;
}
case 2:
{
model = "Utility";
toolbox = userInterface.UtilityToolbox();
computerConnection = userInterface.UtilityComputerConnection();
arm = userInterface.UtilityArm();
droidCollection.NewDroid(model, material, color, toolbox, computerConnection, arm);
userInterface.DroidAddSuccess();
break;
}
case 3:
{
model = "Janitor";
toolbox = userInterface.UtilityToolbox();
computerConnection = userInterface.UtilityComputerConnection();
arm = userInterface.UtilityArm();
trashCompactor = userInterface.JanitorTrashCompactor();
vacuum = userInterface.JanitorVacuum();
droidCollection.NewDroid(model, material, color, toolbox, computerConnection, arm, trashCompactor, vacuum);
userInterface.DroidAddSuccess();
break;
}
case 4:
{
model = "Astromech";
toolbox = userInterface.UtilityToolbox();
computerConnection = userInterface.UtilityComputerConnection();
arm = userInterface.UtilityArm();
fireExtinquisher = userInterface.AstromechFireExtinquisher();
numberShips = userInterface.AstromechNumberShips();
droidCollection.NewDroid(model, material, color, toolbox, computerConnection, arm, fireExtinquisher, numberShips);
userInterface.DroidAddSuccess();
break;
}
}
}
//If the user has chosen to PRINT the Droid list.
if (choice1 == 2)
{
string[] allDroids = droidCollection.AquireAllDroids();
if (allDroids.Length > 0)
{
userInterface.DisplayAllDroids(allDroids);
}
else
{
userInterface.DisplayNoDroidsError();
}
}
//Prompt the user to make a choice from the first menu again.
choice1 = userInterface.FirstMenu();
}
}
static void Main(string[] args)
{
//***************************************
//Variables
//***************************************
string materialTest = "plastic";
string DroidTypeTest = "Protocol";
string colorTest = "red";
int numberLanguagesTest = 1000;
int menuChoice;
const int DROID_COLLECTION_SIZE = 1000;
//Create a single DroidCollection to be used for the entire program
DroidCollection droidCollection = new DroidCollection(DROID_COLLECTION_SIZE);
//Create a single UserInterface to be used for the entire program
UserInterface ui = new UserInterface();
//Create the console to be used
ui.StartUserInterface();
//Create the LoadMenu and load the user choice
menuChoice = ui.LoadMenu();
// Either user wants to load a droid list or not
switch (menuChoice)
{
case 1:
droidCollection.AddNewItem(materialTest, DroidTypeTest, colorTest, numberLanguagesTest);
droidCollection.AddNewItem("steele", "Utility", "white", true, true, true);
droidCollection.AddNewItem("Plass-Steele", "Janitor", "blue", true, true, false, true, true);
droidCollection.AddNewItem("Nevo-Titanium", "Astromech", "orange", true, false, true, true, 10);
ui.ListLoadedMessage();
break;
case 2: // If droidCollection was not created need to start by adding a droid.
ui.AddDroidSequence(droidCollection);
break;
}
//Continue to loop until the user chooses 4 which is to exit.
while (menuChoice != 4)
{
menuChoice = ui.MainMenu();
switch (menuChoice)
{
case 1: //Print out the droid list
ui.PrintDroidList(droidCollection.GetListOfAllDroids());
break;
case 2: //Add a new droid to the DroidCollection
ui.AddDroidSequence(droidCollection);
break;
case 3: //Delete a droid from the DroidCollection
//Make sure the DroidCollection has Droids in them
if (droidCollection.NumberOfDroidsInList > 0)
{
ui.PrintDroidList(droidCollection.GetListOfAllDroids());
ui.DeleteDroid(droidCollection);
}
else
{
ui.NoDroidsInListMessage();
}
break;
default: //Exit the program
ui.ExitMessage();
break;
}
}
}
/// <summary>
/// Adds a droid to the Droid Collection by getting user information
/// </summary>
/// <param name="droidCollection">DroidCollection</param>
public void AddDroidSequence(DroidCollection droidCollection)
{
//***************************************
//Local Variables
//***************************************
//All Droids
string materialString;
string modelString;
string colorString;
//Protocol Droids
int numberLanguagesInt;
//Janitor Droids
bool trashCompactorBool;
bool vacuumBool;
//Astromech Droids
bool fireExtinquisher;
int numberShips;
//Get the user data of the type of droid to be added
ConsoleKeyInfo inputChar = DroidTypeMenu();
Console.WriteLine();
//Make sure the user inputs the correct data
while (inputChar.KeyChar != '1' && inputChar.KeyChar != '2' && inputChar.KeyChar != '3' && inputChar.KeyChar != '4')
{
ErrorMessage();
inputChar = DroidTypeMenu();
Console.WriteLine();
}
// Parse the validated user data
int droidTypeInputInt = int.Parse(inputChar.KeyChar.ToString());
//Get the type of the Droid from the modelString
modelString = _droidList[droidTypeInputInt - 1];
//Get the type of materail from the user
int materialTypeInputInt = DroidMaterialMenu();
//Get the type of material from the materalString based on the user input
materialString = _materialList[materialTypeInputInt - 1, 0];
//Get the color from the user
colorString = DroidColorMenu();
//Takes the base droid type and get additonal information for each droid type than adds the droid to the DroidCollection
switch (droidTypeInputInt)
{
case 1: //Protocol
//Get the number of languges from the user
numberLanguagesInt = NumberInput("How many languages do you wish the droid to understand?");
//Add droid to DroidCollection
droidCollection.AddNewItem(materialString, modelString, colorString, numberLanguagesInt);
break;
case 2: //Utility
//Call the method to get the input from user for the Utility Droid
BaseUtilityDroidInputs();
//Add droid to DroidCollection
droidCollection.AddNewItem(materialString, modelString, colorString, toolboxBool, computerConnectionBool, armBool);
break;
case 3: //Janitor
//Call the method to get the input from user for the Utility Droid
BaseUtilityDroidInputs();
//Find out if the user wants a trash compactor
trashCompactorBool = BoolInput("Do you wish for your droid to have a trash compactor");
//Find out if the user wants a Vacuum
vacuumBool = BoolInput("Do you wish for your droid to have a vacuum");
//Add droid to DroidCollection
droidCollection.AddNewItem(materialString, modelString, colorString,
toolboxBool, computerConnectionBool, armBool, trashCompactorBool, vacuumBool);
break;
default: //Astromech
//Call the method to get the input from user for the Utility Droid
BaseUtilityDroidInputs();
//Find out if the user wants a fire extinguiser
fireExtinquisher = BoolInput("Do you wish for your droid to have fire extinquisher");
//Find out the number of ships the mech has data on
numberShips = NumberInput("How many ships do you wish the droid to have data on?");
//Add droid to DroidCollection
droidCollection.AddNewItem(materialString, modelString, colorString,
toolboxBool, computerConnectionBool, armBool, fireExtinquisher, numberShips);
break;
}
//Print out the Droid added message
DroidAddedMessage();
}
private void addDroidUI(List <Droid> droid, DroidCollection droidCollection)
{
List <string> parameters = new List <string>();
int droidtype;
string tools, arm, connection;
string trash, vacuum, fire;
//Get the color, and material
Console.Write("Select a Material (default 1.Plastic):\n1.Plastic (20)\n2.Metal(40)\n");
string material = Console.ReadLine();
if (material == "2")
{
material = "Metal";
}
else
{
material = "Plastic";
}
parameters.Add(material);
Console.Write("Select a Color (default 1.Silver):\n1.Silver\n2.Black\n");
string color = Console.ReadLine();
if (color == "1")
{
color = "Silver";
}
else
{
color = "Black";
}
parameters.Add(color);
//Print the Droid models
Console.WriteLine("Please select a number for Droid type");
Console.WriteLine("1 : Protocol Droid");
Console.WriteLine("2 : Utility Droid");
Console.WriteLine("3 : Janitor Droid");
Console.WriteLine("4 : Astromech Droid\n");
string droidSelection = Console.ReadLine();
//Check which droid was selected by the user and ask for options
switch (droidSelection)
{
case "1":
Console.WriteLine("Protocol Droid Selected");
droidtype = 1;
parameters.Add("Protocol");
Console.WriteLine("Enter the number of languages");
string languages = Console.ReadLine();
parameters.Add(languages);
droidCollection.addDroid(droid, droidtype, parameters);
break;
case "2":
Console.WriteLine("Utility Droid Selected");
droidtype = 2;
parameters.Add("Utility");
Console.WriteLine("Toolbox?(1:yes/2:no)");
tools = Console.ReadLine();
if (tools == "yes" || tools == "1")
{
tools = "1";
}
else
{
tools = "2";
}
parameters.Add(tools);
Console.WriteLine("Computer Connection?(1:yes/2:no)");
connection = Console.ReadLine();
if (connection == "yes" || connection == "1")
{
connection = "1";
}
else
{
connection = "2";
}
parameters.Add(connection);
Console.WriteLine("arm?(1:yes/2:no)");
arm = Console.ReadLine();
if (arm == "yes" || arm == "1")
{
arm = "1";
}
else
{
arm = "2";
}
parameters.Add(arm);
droidCollection.addDroid(droid, droidtype, parameters);
break;
case "3":
Console.WriteLine("Janitor Droid Selected");
droidtype = 3;
parameters.Add("Janitor");
Console.WriteLine("Toolbox?(1:yes/2:no)");
tools = Console.ReadLine();
if (tools == "yes" || tools == "1")
{
tools = "1";
}
else
{
tools = "2";
}
parameters.Add(tools);
Console.WriteLine("Computer Connection?(1:yes/2:no)");
connection = Console.ReadLine();
if (connection == "yes" || connection == "1")
{
connection = "1";
}
else
{
connection = "2";
}
parameters.Add(connection);
Console.WriteLine("arm?(1:yes/2:no");
arm = Console.ReadLine();
if (arm == "yes" || arm == "1")
{
arm = "1";
}
else
{
arm = "2";
}
parameters.Add(arm);
Console.WriteLine("Trash Compactor?(1:yes/2:no)");
trash = Console.ReadLine();
if (trash == "yes" || trash == "1")
{
trash = "1";
}
else
{
trash = "2";
}
parameters.Add(trash);
Console.WriteLine("Vacuum?(1:yes/2:no)");
vacuum = Console.ReadLine();
if (vacuum == "yes" || vacuum == "1")
{
vacuum = "1";
}
else
{
vacuum = "2";
}
parameters.Add(vacuum);
droidCollection.addDroid(droid, droidtype, parameters);
break;
case "4":
Console.WriteLine("Astromech Droid Selected");
droidtype = 4;
parameters.Add("Astromech");
Console.WriteLine("Toolbox?(1:yes/2:no)");
tools = Console.ReadLine();
if (tools == "yes" || tools == "1")
{
tools = "1";
}
else
{
tools = "2";
}
parameters.Add(tools);
Console.WriteLine("Computer Connection?(1:yes/2:no)");
connection = Console.ReadLine();
if (connection == "yes" || connection == "1")
{
connection = "1";
}
else
{
connection = "2";
}
parameters.Add(connection);
Console.WriteLine("arm?(1:yes/2:no)");
arm = Console.ReadLine();
if (arm == "yes" || arm == "1")
{
arm = "1";
}
else
{
arm = "2";
} parameters.Add(arm);
Console.WriteLine("Fire Extinquisher?(1:yes/2:no)");
fire = Console.ReadLine();
if (fire == "yes" || fire == "1")
{
fire = "1";
}
else
{
fire = "2";
}
parameters.Add(fire);
Console.WriteLine("how many per ship?");
parameters.Add(Console.ReadLine());
droidCollection.addDroid(droid, droidtype, parameters);
break;
}
}
/// <summary>
/// Creates new android list and removes all information pertaining to old one.
/// </summary>
private void ResetList()
{
UserInterface.ClearDisplayLine();
UserInterface.ClearList();
droidCollection = new DroidCollection();
}
/// <summary>
/// ***********Problems***********
/// Dosen't save to file or print from file correctly
/// Not sure if im useing calculate methods from othe classes right
/// No UI, Will work before next assgnment
/// Not a lot or very detail comment(have to get used to commenting while i code)
///
/// </summary>
/// <param name="args"></param>
static void Main(string[] args)
{
//Variables
string materialSelected = string.Empty;
string modelSelected;
string colorSelected;
bool toolboxSelected;
bool computerConnectionSelected;
bool armSelected;
bool trashCompatSelected;
bool vacuumSelected;
bool fireExtingSelected;
int numOfChips;
int numberOfLanguage;
string userInput = string.Empty;
DroidCollection newDroid = new DroidCollection();
// Console.Write("It Still Runs!!!!!!!!!!!");
while (userInput != "e")
{
Console.WriteLine("Type n to add a new droid");
Console.WriteLine("Type p to print droid");
Console.WriteLine("Type e to exit");
Console.Write("Select an opetion: ");
userInput = Console.ReadLine();
Console.WriteLine("----------------");
if (userInput == "n")
{
// All droid Units go throuh this procees
Console.WriteLine("--------------------");
Console.Write("Material: ");
materialSelected = Console.ReadLine();
Console.Write("Model: ");
modelSelected = Console.ReadLine();
Console.Write("Color: ");
colorSelected = Console.ReadLine();
Console.Write("Droid Model: ");
Console.WriteLine("Protocol, Utility, Janitor, Astromech");
Console.WriteLine("selcet a Droid");
userInput = Console.ReadLine();
//if protocol is selceted
if (userInput.Equals("protocol", StringComparison.OrdinalIgnoreCase))
{
Console.Write("Number of Language: ");
numberOfLanguage = Int32.Parse(Console.ReadLine());
newDroid.addProtocolDroid(materialSelected, modelSelected, colorSelected, numberOfLanguage); // adds user input
newDroid.saveDroidList(); // saves user input
Console.WriteLine("------------------");
}
// if utility is selected
else if (userInput.Equals("utility", StringComparison.OrdinalIgnoreCase))
{
Console.Write("Tool box yes or no ");
toolboxSelected = ToBool(Console.ReadLine());
Console.Write("Computer Connection yes or no ");
computerConnectionSelected = ToBool(Console.ReadLine());
Console.Write("Arm yes or no ");
armSelected = ToBool(Console.ReadLine());
newDroid.addUtilityDroid(materialSelected, modelSelected, colorSelected, toolboxSelected, computerConnectionSelected, armSelected); // adds user input
newDroid.saveDroidList(); // saves user input
}
// if janitor is selected
else if (userInput.Equals("janitor", StringComparison.OrdinalIgnoreCase))
{
Console.Write("Tool box yes or no ");
toolboxSelected = ToBool(Console.ReadLine());
Console.Write("Computer Connection yes or no ");
computerConnectionSelected = ToBool(Console.ReadLine());
Console.Write("Arm yes or no ");
armSelected = ToBool(Console.ReadLine());
Console.Write("Trash Compactoer yes or no ");
trashCompatSelected = ToBool(Console.ReadLine());
Console.Write("Vacuum yes or no ");
vacuumSelected = ToBool(Console.ReadLine());
newDroid.addJanitorDroid(materialSelected, modelSelected, colorSelected, toolboxSelected, computerConnectionSelected, armSelected, trashCompatSelected, vacuumSelected); // adds user input
newDroid.saveDroidList(); // saves user input
Janitor janitorCost = new Janitor(materialSelected, modelSelected, colorSelected, toolboxSelected, computerConnectionSelected, armSelected, trashCompatSelected, vacuumSelected); //creates new Janitor object so we can you the methods eith n that class
janitorCost.CalculateBaseCost(); // Calculate methods from astromech
janitorCost.CalculateTotalCost();
}
//If astromec is selected
else if (userInput.Equals("astromech", StringComparison.OrdinalIgnoreCase))
{
Console.Write("Tool box yes or no ");
toolboxSelected = ToBool(Console.ReadLine());
Console.Write("Computer Connection yes or no ");
computerConnectionSelected = ToBool(Console.ReadLine());
Console.Write("Arm yes or no ");
armSelected = ToBool(Console.ReadLine());
Console.Write("FireExtingquisher yes or no ");
fireExtingSelected = ToBool(Console.ReadLine());
Console.Write("Number of Chips ");
numOfChips = Int32.Parse(Console.ReadLine());
newDroid.addAstromechDroid(materialSelected, modelSelected, colorSelected, toolboxSelected, computerConnectionSelected, armSelected, fireExtingSelected, numOfChips); // adds user input
newDroid.saveDroidList(); // saves user input
Astromech astromechCost = new Astromech(materialSelected, modelSelected, colorSelected, toolboxSelected, computerConnectionSelected, armSelected, fireExtingSelected, numOfChips); //creates new astromech object so we can you the methods eith n that class
astromechCost.CalculateBaseCost(); // Calculate methods from astromech
astromechCost.CalculateTotalCost();
}
else
{
Console.WriteLine(userInput + " Is Not an Option");
Console.WriteLine("------------");
}
}
//Print save file
else if (userInput == "p")
{
newDroid.PrintSDroidList();
}
}
}
public static UIMenu AstromechDroidMenu = new UIMenu(); // Astromech Droid Menu
static void Main(string[] args)
{
// Populate menus
populateMenus();
// Initialize the console window
UserInterface.InitializeConsoleWindow("Droid Creator");
// Main program loop
do
{
// Print the main menu and get an answer from the user
int menuChoice = UserInterface.GetMainMenuSelection(MenuSelections, "Droid Making Program");
// Make a choice depending on the menu selection
switch (menuChoice)
{
// Add a droid
case 1:
// General pattern here is 1) draw the menu 2) declare value variables 3) get the values from the menu elements and assign them to the value variables
// Variable to hold the new droid
Droid assembledDroid = null;
#region Droid Variables
// Variables to hold values that will be used to create a new droid
Droid.DroidMaterial material = Droid.DroidMaterial.AGRINIUM;
Droid.DroidColor color = Droid.DroidColor.BLACK;
Droid.DroidModel model = Droid.DroidModel.ASTROMECH;
int numberOfLanguages = 0;
bool hasToolbox = false;
bool hasComputerConnection = false;
bool hasArm = false;
bool hasTrashCompactor = false;
bool hasVacuum = false;
bool hasFireExtinguisher = false;
int numberOfShips = 0;
#endregion
// Start menu
GeneralDroidMenu.Start();
#region General Droid Handling
// Get handle to UI elements
SelectionBox materialBox = (SelectionBox)GeneralDroidMenu.GetElementByTitle("material:");
SelectionBox colorBox = (SelectionBox)GeneralDroidMenu.GetElementByTitle("color:");
SelectionBox modelBox = (SelectionBox)GeneralDroidMenu.GetElementByTitle("model:");
// Extract and assign data from elements
Enum.TryParse <Droid.DroidMaterial>(materialBox.SelectedText, out material);
Enum.TryParse <Droid.DroidColor>(colorBox.SelectedText, out color);
Enum.TryParse <Droid.DroidModel>(modelBox.SelectedText, out model);
#endregion
#region Protocol and Utility Droid Handling
// Decide which menu to show next based on what they entered for "model"
switch (model)
{
case Droid.DroidModel.PROTOCOL: // For the protocol droid...
// Start the menu
ProtocolDroidMenu.Start();
// Get handle to UI element
SelectionBox numLanguagesBox = (SelectionBox)ProtocolDroidMenu.GetElementByTitle("number of languages:");
// Extract and assign data from element
int.TryParse(numLanguagesBox.SelectedText, out numberOfLanguages);
break;
case Droid.DroidModel.UTILITY: // For the utility, janitor, and astromech droids...
case Droid.DroidModel.JANITOR:
case Droid.DroidModel.ASTROMECH:
// Start the menu
UtilityDroidMenu.Start();
// Get handle to UI elements
SelectionBox hasToolboxBox = (SelectionBox)UtilityDroidMenu.GetElementByTitle("toolbox:");
SelectionBox hasComputerConnectionBox = (SelectionBox)UtilityDroidMenu.GetElementByTitle("computer connection:");
SelectionBox hasArmBox = (SelectionBox)UtilityDroidMenu.GetElementByTitle("arm:");
// Extract and assign data from elements
bool.TryParse(hasToolboxBox.SelectedText, out hasToolbox);
bool.TryParse(hasComputerConnectionBox.SelectedText, out hasComputerConnection);
bool.TryParse(hasArmBox.SelectedText, out hasArm);
#region Janitor and Astromech Droid Handling
// Take care of the janitor and astromech droids
switch (model)
{
case Droid.DroidModel.JANITOR: // For the janitor droid...
// Start the menu
JanitorDroidMenu.Start();
// Get handle to UI elements
SelectionBox hasTrashCompactorBox = (SelectionBox)JanitorDroidMenu.GetElementByTitle("trash compactor:");
SelectionBox hasVacuumBox = (SelectionBox)JanitorDroidMenu.GetElementByTitle("vacuum:");
// Extract and assign data from elements
bool.TryParse(hasTrashCompactorBox.SelectedText, out hasTrashCompactor);
bool.TryParse(hasVacuumBox.SelectedText, out hasVacuum);
break;
case Droid.DroidModel.ASTROMECH: // For the astromech droid...
// Start the menu
AstromechDroidMenu.Start();
// Get handle to UI elements
SelectionBox hasFireExtinguisherBox = (SelectionBox)AstromechDroidMenu.GetElementByTitle("fire extinguisher:");
SelectionBox numberOfShipsBox = (SelectionBox)AstromechDroidMenu.GetElementByTitle("number of ships:");
// Extract and assign data from elements
bool.TryParse(hasFireExtinguisherBox.SelectedText, out hasFireExtinguisher);
int.TryParse(numberOfShipsBox.SelectedText, out numberOfShips);
break;
}
#endregion
break;
}
#endregion
// Based on what the user entered, create a new droid from that data
switch (model)
{
case Droid.DroidModel.PROTOCOL:
assembledDroid = new ProtocolDroid(material, model, color, numberOfLanguages);
break;
case Droid.DroidModel.UTILITY:
assembledDroid = new UtilityDroid(material, model, color, hasToolbox, hasComputerConnection, hasArm);
break;
case Droid.DroidModel.JANITOR:
assembledDroid = new JanitorDroid(material, model, color, hasToolbox, hasComputerConnection, hasArm, hasTrashCompactor, hasVacuum);
break;
case Droid.DroidModel.ASTROMECH:
break;
}
// FINALLY, add the assembled droid to the list
DroidCollection.Add(assembledDroid);
// Clear screen
UserInterface.ClearScreen();
// Draw status
UserInterface.SetStatus(UserInterface.PressAnyPhrase(assembledDroid.Model + " droid added to droid list!"));
// Wait for user to press a key
Console.ReadKey(true);
break;
// List the droids
case 2:
UserInterface.ListDroids();
break;
// Exit program
case 3:
System.Environment.Exit(0);
break;
}
} while (true);
}
